417 web-programmer-developer "https:" "https:" "https:" "https:" "https:" "https:" "https:" positions at University of Nottingham in United Kingdom
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. This post offers an excellent opportunity to expand technical expertise, develop new skills, and grow your professional networks while making a tangible impact on sustainable agriculture in the UK. You will
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researcher to join a multidisciplinary project developing environmentally friendly, enzyme‑based technologies for tackling oil spills. This fully funded studentship offers the opportunity to make a real-world
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plant production techniques. Alongside identifying and validating propagation techniques and peat-free alternatives, we will develop new AI search tools and explore cultural shifts in horticulture
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. You will also develop and review policies and procedures and will prepare tender documents for the renewal of key assets ensuring compliance with procurement rules and procedures. Candidates should hold
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Grantham) to explore its research potential and locate the archive’s holdings in relation to both the existing archival landscape and recent historiographical developments. This work would be undertaken with
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a groundbreaking £6 million EPSRC Programme Grant to reduce the soaring energy demands of artificial intelligence . The computational team will work in collaboration with many partners in academia and
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continuous improvement which supports that vision. You should be someone who embodies this culture, demonstrating continuous improvement in all that you do, whether it is personal development or your day-to
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In this role you will develop cutting edge AI approaches to help researchers identify scientific information in historical manuscripts. Specifically, working with the Royal Horticultural Society
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Starting date: Oct 2026 Funded PhD project (UK students only) Vision We are looking for a highly motivated PhD researcher to join a multidisciplinary project developing environmentally friendly
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. Summary This programme of research builds on our previous studies where we identified genes we believe mediate pain and inflammation in the joints of patients with osteoarthritis. The aim of the current